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Der FSWX ist der erste Signal- und Spektrumanalysator mit Mehrkanal-Spektrumanalyse, Kreuzkorrelation und I/Q-Vorfilterung.

Bringt die Erfahrung und Leistungsfähigkeit der Signalanalyse von Rohde & Schwarz auf den PC und in Cloud-Applikationen

Rohde & Schwarz lädt Besucher der EuMW 2025 in Utrecht unter dem Motto „Discover the next wave of test and measurement“ zu seinem Stand A026 in der Jaarbeurs Utrecht ein.

14.08.2025 | Pressemitteilung | Test & measurement

Watch the revolutionary signal and spectrum analyzer FSWX in action.

How to use web control for remote operation on the FSWX

Rohde & Schwarz stellt den brandneuen Signal- und Spektrumanalysator FSWX vor. Der erste Mehrkanal-Signal- und Spektrumanalysator mit mehreren Eingangstoren eröffnet völlig neue Möglichkeiten der Signalanalyse. Als erstes Gerät seiner Art verfügt er zudem über eine innovative interne Mehrwegearchitektur, die die Kreuzkorrelationsfunktion unterstützt.

13.06.2025 | Pressemitteilung | Test & measurement

The Rohde & Schwarz FSWX signal and spectrum analyzer has been named 2025 Product of the Year by the EDN editors.

20.02.2026 | Online-News | Test & measurement

Introducing the FSWX signal & spectrum analyzer – unveiled at EuMW 2025 – featuring a unique dual-input architecture for simultaneous signal measurement and enhanced testing accuracy.

Learn how the Rohde & Schwarz FSWX analyzes Wi-Fi 8 signals with outstanding EVM performance and cross-correlation, offering new margins for optimization.

Learn how to configure and arrange result displays to match your measurement workflow.

Learn how to configure the fast access knobs to quickly control frequently used functions.

Learn how the application info panel gives you quick access to the most important settings for active inputs.

Learn how the cross-correlation factor influences the number of samples per sweep point and how it affects sweep time.

In this video application engineer Florian Ramian walks you through a standard signal channel measurement demo, using the new cross-correlation feature of the FSWX to reduce measurement uncertainty.

Discover how to identify the correct interface and IP address for remote access to the FSWX.

Meet the FSWX Signal & Spectrum Analyzer – the first instrument with face-coherent dual inputs, demonstrated at EuMW 2025, and designed to revolutionize Electronic Warfare testing.

Learn more about the FSWX, the first signal and spectrum analyzer with multichannel spectrum analysis, cross-correlation (x-correlation) and I/Q preselection.

Learn how the RMS cross-correlation detector reduces noise and how to choose the right cross-correlation factor for speed and stability.

See how to configure the toolbar layout using drag and drop.

In this demo video application engineer Florian Ramian shows how to characterize a high-power PA with the FSWX signal and spectrum analyzer.

Learn how to enable expert parameters to access additional settings across applications.

See how the SCPI recorder helps you capture commands and build control scripts.

Learn how to add a spectrogram display and visualize spectral density over time.

Discover how to create, configure and manage multiple application instances using tabs and multiview.

Learn how to view results for multiple inputs and configure individual traces in the result display.

In this video application engineer Florian Ramian demonstrates how to measure a high gain frequency converting LNB with the FSWX signal and spectrum analyzer.

Discover how to switch between table and tabbed views when working with multi-input settings.

Learn how to navigate the OS menu and access system settings, tools and frequently used functions.

Nokia and Rohde & Schwarz have created and successfully tested a 6G radio receiver that uses AI technologies. The machine learning capabilities in the receiver greatly boost uplink distance, enhancing coverage for future 6G networks.

03.11.2025 | Pressemitteilung | Wireless communications

Discover Rohde & Schwarz at MWC Barcelona 2026 (Hall 5, Stand 5A80): NTN, AI-RAN, Wi-Fi 8 and mission-critical testing for reliable next-gen networks.